Background: The possibility of using a computer by a disabled person is one of the difficult problems of the human–computer interaction (HCI), while the professional activity (employment) is one of the most important factors affecting the quality of life, especially for disabled people. The aim of the project has been to propose a new HCI system that would allow for resuming employment for people who have lost the possibility of a standard computer operation. Material and Methods: The basic requirement was to replace all functions of a standard mouse without the need of performing precise hand movements and using fingers. The Microsoft’s Kinect motion controller had been selected as a device which would recognize hand movements. Several tests were made in order to create optimal working environment with the new device. The new communication system consisted of the Kinect device and the proper software had been built. Results: The proposed system was tested by means of the standard subjective evaluations and objective metrics according to the standard ISO 9241-411:2012. The overall rating of the new HCI system shows the acceptance of the solution. The objective tests show that although the new system is a bit slower, it may effectively replace the computer mouse. Conclusions: The new HCI system fulfilled its task for a specific disabled person. This resulted in the ability to return to work. Additionally, the project confirmed the possibility of effective but nonstandard use of the Kinect device. Med Pr 2017;68(1):11–21
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机译:背景:禁用人使用计算机的可能性是人机互动(HCI)的难题之一,而专业活动(就业)是影响生活质量的最重要因素之一,特别是为残障人士。该项目的目的是提出了一个新的HCI系统,允许恢复失去标准计算机操作可能性的人员的就业。材料和方法:基本要求是取代标准鼠标的所有功能,而无需执行精确的手动运动和使用手指。已选择Microsoft的Kinect运动控制器作为识别手动运动的设备。进行了几次测试,以便使用新设备创建最佳工作环境。新的通信系统由Kinect设备组成,并构建了正确的软件。结果:通过标准ISO 9241-411:2012的标准主观评估和客观指标来测试所提出的系统。新的HCI系统的整体评级显示了解决方案的接受。客观测试表明,虽然新系统有点慢,但它可以有效更换计算机鼠标。结论:新的HCI系统为特定残疾人履行了其任务。这导致了重返工作的能力。此外,该项目证实了Kinect设备有效但非标准使用的可能性。 MED PR 2017; 68(1):11-21
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